Breakthrough: This Japanese drug COULD fight aging at the cellular level
Osaka University researchers discovered AP2A1 protein's significant role in cellular aging; lowering its levels reversed aging characteristics. They also found drug IU1, which inhibits USP14, enhances cellular waste removal systems like proteasomes and autophagy. These findings offer new targets for developing therapies to combat age-related diseases and promote healthier, longer lives.
Osaka University researchers discovered AP2A1 protein's significant role in cellular aging; lowering its levels reversed aging characteristics. They also found drug IU1, which inhibits USP14, enhances cellular waste removal systems like proteasomes and autophagy. These findings offer new targets for developing therapies to combat age-related diseases and promote healthier, longer lives.
